223 Calculate the change internal 122energy (AU) for a system that is223 giving off 45.0 kJ of heat and isdoing 800 J of work on thesurroundings?22358235808029 122O A) 45.82235808029 12235808029 122B) -45.822808029 12235808029 122C) -7552280e020 12235808029 122-8452280a02 12235808029 1222288029 12235808029 122

The change in internal energy of a system is given below

223 Calculate the change internal 122 energy (AU) for a system that is -23 giving off 45.0 kJ of heat and is doing 800 J of work on the 223 surroundings?35808029 12 22358 O A) 45.8 2235808029 12235808029 122 O B) -45.8 2235808029 12235808029 122 C) -755 223080802012235808029 122 220:Da845 12235808029 122 220E) 845 12235808029 122

223 Calculate the change internal 122 energy (AU) for a system that is -23 giving off 45.0 kJ of heat and is doing 800 J of work on the 223 surroundings?35808029 12 22358 O A) 45.8 2235808029 12235808029 122 O B) -45.8 2235808029 12235808029 122 C) -755 223080802012235808029 122 220:Da845 12235808029 122 220E) 845 12235808029 122

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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A system moves from state X to Y via path 1las shown in figure. 100 joules of heat is absorbed by the system while work done by the system is 9.56 cal. i) Determine the heat absorbed/released when system moves from X to Y via path 2 and magnitude of work done for this path is 4.7 cal. ii) Determine the heat absorbed/released when system moves from Y to X via path 3 and work done on the system is 30J.
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